What's special about Kevlar® Braided Sleeving?
- Will not melt or support combustion
- Retains properties in extreme high and low temperatures
- Up to 20 times stronger than steel yet stays soft, flexible and pliable
- Extreme Operating Temps: -340° to 320° F
- Excellent abrasion resistance & good chemical resistance
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Kevlar® (KV) is a soft, flexible sleeving used to bundle and/or protect wires, hoses and wire harnesses from extreme environmental conditions. Kevlar is braided from aramid fibers and has a unique combination of durability, pliability and high tensile strength. Kevlar has excellent thermal stability permitting long-term use at temperatures up to 160° C/320° F without significant strength loss.
Splicing may occur during the production of this sleeving. Two or three lengths may create a full spool.
Continuous lengths are available in most sizes at an additional 10% surcharge. Please specify if you require continuous lengths.
Kevlar® is a registered trademark of the DuPont Corporation
- Kevlar® Aramid fibers
- Up to 20 Times Stronger Than Steel
- Type 49
- Good chemical resistance
- Easy to install
- Thermally stable
- Cuts easily with Kevlar scissors
- Excellent abrasion resistance
- Operating Temp. -340° F to 320° F
- Will not melt or support combustion
- Ideal in extreme environments
- Retains properties in very extreme high and low temperatures
- Easy to install, Stays Soft, Flexible and Pliable
- 1-2 expansion ratio
What Makes Kevlar® So Strong?
There are many components that contribute to the strength of Kevlar, including the fact that Kevlar is a polymer containing aromatic and amide molecular groups. When the molten Kevlar is spun into fibers, the polymers have a crystalline arrangement, with the polymer chains oriented parallel to the fiber's axis. The amide groups are able to form hydrogen bonds between the polymer chains, which act like glue holding the separate polymer chains together. The most recent XANES images confirm that the aromatic components of Kevlar have a radial (spoke-like) orientation, which allows for a high degree of symmetry and order.
Kevlar® does NOT melt or support combustion. Short term exposures (several minutes) as high as 300° C/572° F can be tolerated. Kevlar® sleeving offers strength and durability, yet is relatively light in weight. It is mostly used in the fiber optic and electromechanical cable industries where high temperatures and durability are required of the protective sleeving.
Technical Specifications Monofilament Thickness: N/A
|Nominal size||Min. Diameter||Max. Diameter||OD||ID||Weight in lbs/ 1000'|
|Chemical Resistances||Testing Method||Strength & Abrasion|
|Aromatic Solvents||2||N/A||Tensile Strength||439,000 PSI (ASTM D-2256)|
|Aliphatic Solvents||2||N/A||Abrasion Resistance||Medium|
|Chlorinated Solvents||2||N/A||Tenacity g/denier||2|
|Weak Bases||1||N/A||Typical Elongation||Break 50|
|Strong Bases||2||N/A||Specific Gravity||1.44 (ASTM D-792)|
|Salt Water||1||O-S-1926||Abrasion Test Machine, Wheel||Taber 5150, Calibrase H-18|
|Hydraulic Fluid||1||MIL-H-5606||Abrasion Test Load||500g|
|Lube Oil||1||MIL-L-7808||Room Temperature, Humidity||80° F, 70%|
|De-Ice Fluid||1||MIL-A-8243||Scuffing, Pulling of Fibers||20 Test Cycles|
|Strong Acids||2||N/A||Scuffing, Pulling of Fibers Continues||400 Test Cycles|
|Strong Oxidants||2||N/A||Material Destroyed||700 Test Cycles|
|Esters Keytones||1||N/A||Pre-Test/Post-Test Weight||5,730.5mg / 5,2001.1mg|
|UV Light||4||N/A||Test End Loss of Mass Point of Destruction||530.4mg|
|Fungus||2||ASTM G-21*||Oxygen Index||29 (ASTM D-2863)|
|Continuous Operating Temperatures||°C||°F|
File# LR 66-145 File# E 107 055
RELATED ARTICLES -
HOW-TO CORNER -
- How to Test Fiber Optics for Continuity
- How to Test Fiber Optic Cables for Optical Loss
- How to Terminate Braided Sleeving
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Questions & Answers
- Hello, The manufacturer does not have any specs on electrical conductivity as it has no electrical properties. This Kevlar is not an electrical conductive material.
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